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This work investigates the forming behavior of polymer metal laminate (PML) in stamp forming through both experiment and finite element modeling. The effect of blank holder force on the PML forming was determined by comparing the strain evolution under different blank holder forces. A finite element model which is capable of simulating forming process of PML was developed and then validated by the results obtained from experiments. This model predicts PML forming behavior accurately and will provide a fundamental computational framework for widespread use of this advanced material system in automotive applications Keywords-component; Polymer Metal Laminate; Stamp Forming; Finite Element Modeling; Blank Holder Force

Dome Forming Study on Polypropylene Aluminium Laminate